Business Essentials

How well a software product meets the fundamental needs of a business is the measure of that software’s worth.

Tymeac^™ spans the breadth of time from current to future in providing software excellence and financial value for your business.

Tymeac^™ meets your current needs:

• Tymeac^™ bridges the gap between your Web Server and the rest of the company by letting each component of the request run in a thread on a separate, asynchronous process.

• Tymeac^™ bridges the gap between your Legacy Applications and the rest of the company by segregating each legacy component of the request onto a separate, asynchronous process.

• Existing threads, that execute without control, can be managed successfully.

• Individual objects execute concurrently reducing elapsed response time.

• Individual objects execute independently increasing fault tolerance.

• Individual Java^™ Virtual Machines increase fault tolerance, scalability and the ability to tune each system.

• Nested processing may become part of the tools available to designers.

• Processing multiple requests per process reduces machine overhead leaving more cycles for business needs.

• Tymeac^™ is an Object Request Broker that can run on the smallest processor.

Tymeac^™ meets your future needs:

• Heterogeneous networks of computers and parallel processing are no longer terms of the future.  Scalability is achievable by making table changes not programming changes.

• Portability among any processor is achievable since Tymeac^™ ports between all computers supporting Java^™.

• Large, complex conversions to the "new" architecture are no longer necessary.  Tymeac^™ runs in multiple images on all computers and is not dependent on any operating system or access method.

• Tymeac^™ is the bridge to the next generation of Distributed Objects. Components written today with Java^™ migrate smoothly into the next Client/Server revolution.

Tymeac^™ provides financial benefits:

• Writing single purpose objects and ‘batching’ requests (thereby reducing overhead) makes better use of processors leaving more cycles for business needs.

• Isolating functionality reduces the impact and cost of component failures.

• Reduced development time means reduced development cost.

• The ability to migrate quickly to new environments as technology lowers costs.

• The ability to expand the list of tools available to developers to ensure the best, cost effective system.